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    • 31. 发明授权
    • Method for providing a dual-layer coating on an automotive suspension product
    • 在汽车悬架产品上提供双层涂层的方法
    • US06537610B1
    • 2003-03-25
    • US09982669
    • 2001-10-18
    • Paul W. SpringerJason ConnJamie HarmonRobert Wolf
    • Paul W. SpringerJason ConnJamie HarmonRobert Wolf
    • B05D122
    • B05D7/546B05D1/24B05D2202/00
    • A process for applying a dual-layer protective coating to steel suspension components of an automobile involves the steps of applying a first coat of the zinc-rich, epoxy-based coating powder to the components utilizing the conventional electrostatic application process; partially curing the layer of zinc-rich coating that has been applied to the steel components such that the zinc-rich coating is gelled; immersing the components with the first layer of gelled zinc-rich coating in a pre-heated/heated fluidized bed of thermoplastic powder so that a relative uniform layer of the thermoplastic coating powder is applied over the first coat of gelled zinc-rich coating; and finally curing the outer layer of thermoplastic powder coating and the inner layer of the zinc-rich coating.
    • 将双层保护涂层应用于汽车的钢悬挂部件的方法包括以下步骤:利用常规的静电施加方法将富锌环氧基涂层粉末的第一涂层施加到部件上; 部分固化已经施加到钢部件上的富含锌的涂层,使得富锌涂层凝胶化; 将具有第一层凝胶状富锌涂层的组分浸入预热/加热的热塑性粉末流化床中,使得热塑性涂料粉末的相对均匀的层施加在第一层凝胶状富锌涂层上; 最后固化热塑性粉末涂层的外层和富锌涂层的内层。
    • 32. 发明授权
    • Heated drying cylinder
    • 加热干燥筒
    • US06442868B1
    • 2002-09-03
    • US09621653
    • 2000-07-21
    • Robert WolfMarkus OechsleWolfgang MayerThomas MackRoland Mayer
    • Robert WolfMarkus OechsleWolfgang MayerThomas MackRoland Mayer
    • F26B300
    • D21F5/182F26B13/101F26B13/16F26B13/18
    • A drying cylinder for drying a fibrous web, the cylinder having an inner chamber connected to a pressurized air source; and an outer cylinder jacket having an air-permeable region which is adapted to contact the fibrous material web. Also a drying section for drying a fibrous web, including at least one drying cylinder having an inner chamber and an outer cylinder jacket having an air-permeable region; a circulating belt arranged to press the fibrous web against the outer cylinder jacket and belt being arranged to partially wrap around the drying cylinder; and a pressurized air source connected to the inner chamber is described. Finally, a process for drying a fibrous web in an apparatus that includes at least one drying cylinder having an inner chamber and an outer cylinder jacket having an air permeable region, the process including pressurizing the inner chamber of the drying cylinder with air; and guiding the fibrous material web partially around the drying cylinder with a circulating belt wherein the circulating belt presses the fibrous material web against the air permeable portion of the cylinder jacket is described.
    • 一种用于干燥纤维网的干燥筒,所述圆筒具有连接到加压空气源的内室; 以及外筒套,其具有适于接触纤维材料网的透气区域。 还有一种用于干燥纤维幅材的干燥部分,包括至少一个具有内室的干燥筒和具有透气区的外筒套; 循环带,布置成将纤维幅材压靠在外筒套和带上,以布置成部分地包围在干燥筒上; 并且描述了连接到内室的加压空气源。 最后,在包括具有内室的至少一个干燥筒和具有透气区的外筒套的设备中干燥纤维网的方法,所述方法包括用空气对干燥筒的内室加压; 并且利用循环带部分地围绕干燥筒引导纤维材料纤维网,其中循环带将纤维材料纤维网压靠在筒套的透气部分上。
    • 33. 发明授权
    • Method and arrangement for determining angular velocities
    • 确定角速度的方法和装置
    • US5363193A
    • 1994-11-08
    • US917040
    • 1992-08-05
    • Robert Wolf
    • Robert Wolf
    • G01C19/72G01C19/04
    • G01C19/72
    • A process and device are disclosed to measure angular speeds. In order to determine the Sagnac phase from the output signal of a fiber optic annular interferometer, without the need for costly circuits for regulating a phase modulator that acts on the interference light and for regulating the intensity of the light, the Sagnac phase shift .phi. is deduced from the amplitudes (A.sub..nu.-1, A.sub..nu., A.sub..nu.+1) of three spectral lines of the interference light that is emitted by the interferometer.
    • PCT No.PCT / EP91 / 00121 Sec。 371日期:1992年8月5日 102(e)日期1992年8月5日PCT 1991年1月23日PCT PCT。 出版物WO91 / 11682 日期:1991年8月8日。公开了一种用于测量角速度的过程和装置。 为了从光纤环形干涉仪的输出信号中确定Sagnac相,不需要昂贵的电路来调节作用在干涉光上并用于调节光的强度的相位调制器,所以Sagnac相移phi是 由干涉仪发射的干涉光的三个谱线的振幅(A nu -1,A nu,A nu +1)推断出。
    • 34. 发明授权
    • Headbox for a papermaking machine
    • 用于造纸机的HEADBOX
    • US5152873A
    • 1992-10-06
    • US839474
    • 1992-02-19
    • Simon JuhasGernot KinzlerRobert Wolf
    • Simon JuhasGernot KinzlerRobert Wolf
    • D21F1/02
    • D21F1/028D21F1/02
    • A headbox for a papermaking machine has an outlet channel having the width of the machine which is limited by a rigid channel wall and by a movable channel wall. The movable channel wall is part of a channel-wall support. Between the latter and a supporting member, there is a pressure cushion which counteracts the pressure prevailing in the outlet channel. A lift device is swingably mounted, at one end, on the rigid headbox housing and, on the other end, on the channel-wall support. In each of the two end walls of the channel-wall support, there is provided a spherical joint, the center point of which lies in a plane extending through the end point of the channel width. The lift device is coupled to the spherical joint by means of a C-shaped spindle head.
    • 用于造纸机的流浆箱具有出口通道,其具有由刚性通道壁和可移动通道壁限制的机器的宽度。 活动通道壁是通道壁支架的一部分。 在后者和支撑构件之间,存在抵消出口通道中压力的压力缓冲器。 提升装置一端可摆动地安装在刚性流浆箱壳体上,另一端可摆动地安装在通道壁支架上。 在通道壁支撑件的两个端壁中的每一个中,设置有球形接头,其中心点位于延伸通过通道宽度端点的平面中。 提升装置通过C形主轴头联接到球形接头。
    • 35. 发明授权
    • Cooling roll
    • 冷却辊
    • US4899811A
    • 1990-02-13
    • US300775
    • 1989-01-23
    • Robert WolfHeinrich Schmid
    • Robert WolfHeinrich Schmid
    • B29C33/04B29C35/16D21F5/02D21F7/00D21G1/00F16C13/00
    • B29C33/044D21F5/022F16C13/00B29C35/16Y10S165/16
    • On the cooling roll with outer roll shell 7 and inner, preforated roll shell 8 of an inner body 6, the inner body features endways and centrally at least one distributing component 22. Extending through this distributing component are channels 19 that are parallel with the roll axis, for one, and interposed radial channels 28 which, for one, serve the connection of an endwise space 14 that is located between an axial end of the inner body and the hollow roll end with one of the coaxial supply or drain channels of the journal 20 and, for another, serve the connection of the interior space 3 of the inner body 6 with one of the other coaxial supply and drain channels 25, 26 or vice versa.
    • 在具有外卷轴壳体7和内部主体6的内部预轧辊壳体8的冷却辊上,内部主体具有端部和中心的至少一个分配部件22.延伸通过该分配部件是与辊平行的通道19 一个和插入的径向通道28(一个)用于位于内部主体的轴向端部与中空辊端部之间的端部空间14的连接,其中的一个同轴供应或排出通道 轴颈20,另一方面,用于内部主体6的内部空间3与其它同轴供应和排出通道25,26之一的连接,反之亦然。
    • 38. 发明授权
    • Press roll with adjustable sag capability
    • 压辊具有可调节的下垂能力
    • US4399747A
    • 1983-08-23
    • US281229
    • 1981-07-06
    • Christian SchielRobert Wolf
    • Christian SchielRobert Wolf
    • D21G1/00D21G1/02F16C13/00F16C13/02B30B3/04
    • F16C13/028D21G1/0006D21G1/022F16C13/02
    • The invention concerns a press roll having adjustable sag capability, principally for use in paper making machinery, or the like. The press roll includes a hollow, rotatable shell supported by a non-rotatable yoke and hydraulic support elements between the shell and the yoke transfer the press forces from the shell to the yoke. Each end region of the yoke is supported by a stationary support block. The connection between the yoke and the stationary support block is at a particular location. A mating roll cooperating with the press roll is supported by bearings longitudinally positioned approximately at the location of the connection between the support block and the yoke. An additional hydraulic supporting element is defined between the roll shell and the yoke and the longitudinal location of the yoke support piece and the mating roll bearing. The roll shell is supported on a stationary guide element with respect to which the roll shell rotates. The guide element permits the yoke to shift under the pressure, but prevents the yoke from rotating. The length of the roll shell is sufficient to extend into the region where it can be supported by the supporting element. The particular yoke support provided comprises a stationary support block and a tubular cantilever member that extends between the roll shell and the yoke. The yoke bears against the inside of the cantilever member while the roll shell bears against the outside. Packings are provided for sealing the roll shell on the support block. Finally, a planetary gear arrangement located inside the roll shell serves to drive the roll shell to rotate with respect to the yoke.
    • 本发明涉及具有可调节下垂能力的压辊,主要用于造纸机械等。 压辊包括由不可旋转的轭支撑的中空的可旋转壳体,并且在壳体和轭架之间的液压支撑元件将压力从壳体转移到轭架。 轭的每个端部区域由固定的支撑块支撑。 轭和固定支撑块之间的连接处于特定位置。 与压辊配合的配合辊由大致位于支撑块和轭架之间的连接位置处纵向定位的轴承支撑。 在辊壳和轭之间限定了额外的液压支撑元件以及轭支撑件和配合辊轴承的纵向位置。 辊壳支撑在相对于辊壳旋转的固定引导元件上。 引导元件允许轭在压力下移动,但是防止轭旋转。 辊壳的长度足以延伸到可由支撑元件支撑的区域中。 提供的特定轭支架包括固定支撑块和在辊壳和轭之间延伸的管状悬臂构件。 当托辊壳体靠在外面时,轭架抵靠悬臂构件的内部。 提供包装以将支承块上的辊壳密封。 最后,位于辊壳内的行星齿轮装置用于驱动辊壳相对于轭转动。
    • 39. 发明授权
    • Sag prevention means for a roller for the pressure treatment of webs of
material
    • 用于对材料网进行压力处理的辊子的防止凹陷的装置
    • US4319390A
    • 1982-03-16
    • US123014
    • 1980-02-20
    • Robert Wolf
    • Robert Wolf
    • B30B9/20B30B3/00D21G1/02F16C13/00B21B13/02
    • D21G1/022F16C13/024
    • The disclosure concerns a roller for use in pressure treatment of webs of material, or the like. The roller includes an annular roller shell and a beam support extending through the roller shell. The pressure on the roller shell is transmitted through a supporting element to the support within the shell. The supporting element includes a sleeve that is received in a recess in the support. The sleeve is connected with a source of pressurized liquid through a conduit in the support. The sleeve opens toward the shell. A spring normally urges the sleeve toward the shell. The sleeve is closed in the space between the support and the shell except where it opens toward the shell. The inner diameter of the section of the sleeve closer to the shell is approximately the same as the outer diameter of the sleeve more remote from the shell for improving the hydrodynamic force exerted by the "plug" of pressurized liquid inside the shell.
    • 本公开涉及用于压力处理材料网等的辊。 辊包括环形辊壳和延伸穿过辊壳的梁支撑件。 辊壳上的压力通过支撑元件传递到壳体内的支撑件上。 支撑元件包括容纳在支撑件的凹部中的套筒。 套筒通过支撑件中的导管与加压液体源连接。 套筒朝外壳开口。 弹簧通常将套筒推向壳体。 套筒在支撑件和壳体之间的空间中封闭,除了向壳体开口的位置。 更靠近壳体的套筒的部分的内径与壳体的远离壳体的外径大致相同,以改善由壳体内的加压液体的“塞”施加的流体动力。